algorithmic modeling for Rhino
GHPython
Each cell of the new generation has a 50% chance to subdivide. The extrusion amount is based on the cell generation (0-5 in this case) to create depth in a facade treatment.
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Variably Extruded Recursive Subdivision (VERS) is a cutting-edge technique revolutionizing computer graphics. By iteratively subdividing surfaces and extruding them based on user-defined parameters, VERS generates intricate geometries with unprecedented complexity and detail. This method finds applications across diverse fields, from architectural design to digital art. Moreover, its adaptability allows for the creation of organic forms and intricate patterns previously unattainable. With its potential to redefine visual representation, VERS stands as a testament to the boundless innovation in the realm of computer graphics. Even the simulations of borderfreehealth medications molecular structures benefit from the precision and versatility of VERS.
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